My bathroom has a walk-in closet(That hs mirrors on its outer surface) directly in front of the wash basin, which itself has a rectangular mirror on top of it.
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] ++ ..(1) ..(2) Fonz | Walk-in closet mirrors
] ++
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(Mirrors)
Wash Basin
Its a relatively simple optics problem. BTw, the mirrors have both reflective surfaces not refractive, therefore both have a specific focal point length...indicated by the sign ".." in the quasi-diagram above. ..(1) is the focal length of the wash basin mirrors, and the ..(2) sign is the focal length of the Walk-in closet mirrors. The camera is represented by the "++" sign.
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OK...once the beam of light shoots out of the camera it hits me(Fonz) and is dispersed around me as well....light travels in a relative circle from the camera(Well.....depends on your viewer...some are smaller than others). Then as the picture is formed on the camera from the first light beam, the light that was dispersed around me is reflected and diffracted back towards me bounced off the walk-in closet mirror(represented by "|". This light then hits the Wash basin mirror(represented by "[" and is captured by the camera as an after-image. Remember that the camera is pointed to the Walk-in closet mirror, so any light hitting the Wash Basin mirror would be seen in the Walk-in closet mirror.
Thats how easy it is to explain, but I guess its above the heads of the genuises(LOL) of ........haha
Better luck next time morons........
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